A Full-Block S-procedure application to delay-dependent state-feedback control of uncertain time-delay systems

The clogging dynamics of pure suspensions of polystyrene colloidal particles and Escherichia coli bacteria and their heterogenic mixtures have been analysed by both

In this paper, a new scheme of interconnected observers is proposed to estimate both the state and the delay of nonlinear systems with input delay.. The advantage of decoupling

These two plots show that the new predictive scheme com- bined with the delay estimator (33)-(45) provide an efficient trajectory tracking in presence of time-varying and unknown

Next, we used the conventional approach proposed by Pauly and Christensen (1995a) to estimate mean SPPRs of these species but using the mean transfer efficiency of 11.9%

In other words, we propose an algorithm for a robust semiglobal stabilization of the oscillation magnitude, based on a retarded relay switching of the control gain, which requires

Abstract— The problem of output control design for linear system with unknown and time-varying input delay, bounded exogenous disturbances and bounded deterministic measure- ment

Then, a mapping of the state space is designed offline: it computes for each state of the state space a lower-bound estimation of the maximum allowable sampling interval, which makes

filled with the fluid with a variable rate. This variable rate represents the rate at which the data source sends its data to the destination. The fluid flows out of the bucket at